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Timing by the zero-crossing method.

Timing Chart of the simultaneous measurement

Timing Controls for Interprocess Communication

Timing diagram for handshake

Timing diagram for microcontroller.

Timing diagram for piezo mirror and Pockels cell with phase tracking and exposure. Details can be found in Ref. . From Ref.

Timing diagram for SORC sequence .

Timing diagram for the Ca 4snf G4 experiment. A Stark pulse is used to

Timing diagram for the clean HMBC experiment with an initial second-order and terminal adiabatic low-pass 7-filter.42,43 The recommended delays for the filters are the same than for a third-order low-pass J filter. 5 and 8 are gradient delays, where 8 — 5 accounts for the delay of the first point in the 13C dimension. The integral over each gradient pulse G, is H 2yc times the integral over gradient G2 in order to achieve coherence selection. The recommended phase cycle is c n x, x, x, x p2 x, x, 4 REC x, x.

Timing diagram for the Ramsey double field pulse.

Timing diagram for the switched capacitor

Timing diagram for UWB pulse generation

Timing diagram for voltammetric-amperometric detection. Wl, upstream electrode W2, downstream electrode Eu, upstream current t, time delay between electrodes. Reprinted with permission from Ref. 25.

Timing diagram of a FeRAM cell .

Timing diagram of a PFG spin echo sequence for diffusion measurement. Cited from Ref. .

Timing diagram of a PFG-stimulated echo sequence. Cited from Ref .

Timing diagram of the BIRD-HMBC pulse sequence for the detection of nJch correlations, including an additional two-step low-pass J filter. Thin and thick bars represent 90 and 180 pulses, respectively. 13C180 pulses are replaced by 90 y — 180 x — 90 y composite pulses. 5 is set to 0.5 . Phases are cycled as follows

Timing diagram of the G-BIRD-HMBC experiment. Thin bars represent 90 pulses, thick bars 180 pulses. The rectangular 13C 180 pulses are replaced by BIP pulses,34 indicated as shaded rectangles. At 400 MHz, a 192-ps BIP 720-100-10 which inverts well over 10.6 kHz with inhomogeneity compensation of . respectively, for a double tuned G-BIRD filter. Gradient pulses are represented by filled half-ellipses denoted by Gn-G5. They can be applied in the ratio

Timing diagram of the spin echo decay spectroscopy method devised for the measurement of homonuclear dipole-dipole interactions

Timing diagram of the suggested 2y,3y-HMBC experiment, including a LPJF3 for efficient 1JCH suppression. The sequence is virtually identical to the CIGAR-HMBC pulse sequence. The STAR operator is also a constant-time variable element. In this fashion, scalable F, modulation can be specifically introduced for 2JCH cross-peaks into the spectrum independently of the digitization employed in the second frequency domain.

Timing diagram or pulse sequence for the simple pulse-acquire experiment. The line marked RF shows the location of the pulses, and the line marked acq shows when the signal is recorded or acquired.

Timing diagram with corresponding magnetization vector presentation for a 90-FID imaging sequence

Timing diagrams of the NMR pulse sequences

Timing diagrams of two REDOR sequences

Timing for the four-channel ADC electronics of

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